next0 = NAT44_CLASSIFY_NEXT_DROP;
b0->error =
node->errors[NAT44_CLASSIFY_ERROR_MAX_REASS];
- nat_log_notice ("maximum reassemblies exceeded");
+ nat_elog_notice ("maximum reassemblies exceeded");
goto enqueue0;
}
if (!clib_bihash_search_16_8 (&tsm->in2out_ed, &ed_kv0,
next0 = NAT44_CLASSIFY_NEXT_DROP;
b0->error =
node->errors[NAT44_CLASSIFY_ERROR_MAX_REASS];
- nat_log_notice ("maximum reassemblies exceeded");
+ nat_elog_notice ("maximum reassemblies exceeded");
goto enqueue0;
}
/* check if first fragment has arrived */
{
b0->error =
node->errors[NAT44_CLASSIFY_ERROR_MAX_FRAG];
- nat_log_notice
+ nat_elog_notice
("maximum fragments per reassembly exceeded");
next0 = NAT44_CLASSIFY_NEXT_DROP;
goto enqueue0;
next0 = NAT44_CLASSIFY_NEXT_DROP;
b0->error =
node->errors[NAT44_CLASSIFY_ERROR_MAX_REASS];
- nat_log_notice ("maximum reassemblies exceeded");
+ nat_elog_notice ("maximum reassemblies exceeded");
goto enqueue0;
}
/* save classification for future fragments and set past
next0 = NAT44_CLASSIFY_NEXT_DROP;
b0->error =
node->errors[NAT44_CLASSIFY_ERROR_MAX_REASS];
- nat_log_notice ("maximum reassemblies exceeded");
+ nat_elog_notice ("maximum reassemblies exceeded");
goto enqueue0;
}
if (reass0->classify_next == NAT_REASS_IP4_CLASSIFY_NONE)
{
b0->error =
node->errors[NAT44_CLASSIFY_ERROR_MAX_FRAG];
- nat_log_notice
+ nat_elog_notice
("maximum fragments per reassembly exceeded");
next0 = NAT44_CLASSIFY_NEXT_DROP;
goto enqueue0;